Mid-Term Review Period 6 by Anne Lazo https://padlet.com/annemlazo/96dscdqd5fzu Made with a bold sensibility en-us 2018-01-19 14:24:59 UTC 2026-02-27 18:38:25 UTC hello@padlet.com Vocab Words https://padlet.com/annemlazo/96dscdqd5fzu/wish/222845016 Bonds-Hold compounds together. Atoms form bonds in order to have 8 valence electrons.
Ionic Bonds-Transfer of electrons between atoms. Between Metals and Non-metals. Positive and negative charge attract the atoms together.
Covalent Bonds-Sharing of electrons. Only between non-metals. Covalent bonds can share 1,2, or 3 pairs of electrons resulting in single, double, or triple covalent bonds. 
Hydrogen Bonds-Covalent Bonds specifically with Hydrogen atoms. Strongest intermolecular force.
Metallic Bonds-Bonds holding metallic atoms together. They are found in the solid or liquid phases. In a metallic atom, there is a kernel of the nucleus and non valence electrons. The valence electrons move freely throughout the crystal. When force is applied, the crystal changes shape but stays intact. Metallic bonds have high conductivity due to the freely moving valence electrons. They also have high melting points and boiling points.
Polarity-The difference of electro negativity between atoms. Also the symmetry of a molecular structure. When the electronegativity values are different, the sharing of electrons are unequal. This is called polar covalent. The atom with the higher electronegativity attracts the electrons more. Non polar covalent bonds are when the electronegativity difference is 0.4 or lower.

]]> 2018-01-19 16:21:52 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222845016 Major Categories of Elements https://padlet.com/annemlazo/96dscdqd5fzu/wish/222845359
  • metalloids are found on the 'staircase'
  • include B, Si, Ge, As, Sb, Te
  • Al and Po are NOT metalloids
  • metals can be found to the left of the 'staircase'
  • nonmetals can be found to the right of the 'staircase'
    • ]]>     2018-01-19 16:22:37 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222845359     Atom https://padlet.com/annemlazo/96dscdqd5fzu/wish/222845624 Atomic number in an atom is the number of protons. 
    In a neutral atom theres is the same amount of of protons and electrons.
    All atoms have an electron configuration. ]]>     2018-01-19 16:23:09 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222845624     Atoms have protons, neutrons, and electrons. They also have a nucleus. https://padlet.com/annemlazo/96dscdqd5fzu/wish/222845856 2018-01-19 16:23:31 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222845856 Vocabulary https://padlet.com/annemlazo/96dscdqd5fzu/wish/222846130 Energy: ability to do work
    Kinetic energy: energy of motion
    Potential energy: energy of position 
    Temperature: measure of average kinetic energy
    Heat: quantity of energy]]>     2018-01-19 16:24:07 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222846130     Periodic Table of the Elements https://padlet.com/annemlazo/96dscdqd5fzu/wish/222846222 Where all of the groups and periods of elements are shown. Elements are shown along their their mass, number, oxidation states, electron configurations and are represented by a letter or two.]]> 2018-01-19 16:24:19 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222846222 https://padlet.com/annemlazo/96dscdqd5fzu/wish/222846258 The electrons are negatively charged and they can be found in orbit.
    Protons are positively charged and can be found in the nucleus. 
    Neutrons have a neutral, or no charge that can also be found in there nucleus. ]]>     2018-01-19 16:24:24 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222846258     Law of Conservation of Mass https://padlet.com/annemlazo/96dscdqd5fzu/wish/222846441 Mass is neither created or destroyed 
    2H2 + _O2 -> 2H2O
    4g + _g -> 36g 
    Find number of O2 used ]]>     2018-01-19 16:24:45 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222846441     Periodic Trends https://padlet.com/annemlazo/96dscdqd5fzu/wish/222846790 Down a group:
    • Atomic radius and metallic character INCREASE, electronegativity and ionization energy DECREASE
    Across a row:
    • Atomic radius and metallic character DECREASE, electronegativity and ionization energy INCREASE
    ]]>     2018-01-19 16:25:35 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222846790     Vocabulary https://padlet.com/annemlazo/96dscdqd5fzu/wish/222847349 Atom-the smallest particle of an element that can enter into a chemical reaction.
    Atomic mass-the average mass of all the isotopes in a sample of an element. 
    Atomic mass unit-one twelfth the mass of a carbon-12 atom
    Atomic number-the number of protons in the nucleus of an atom.
    Compound-a substance composed of two or more elements that are chemically combined in definite properties by mass
    Electron-a fundamental particle of matter having a negative charge
    Element-substances that cannot be broken down or decomposed into simpler substances by chemical means. 
    Excited state-the condition that exists when the electrons of an atom occupy higher energy levels while lower energy levels are vacant. 
    Ground state-the condition of an atom or ion in which the electrons occupy the lowest availability energy levels
    Heterogeneous-a mixture in which the substances are not uniformly mixed. 
    Homogeneous-a substance in which the particles are uniformly mixed.
    Isotope-atomod an element that has a specific number of protons and neutrons. 
    Mass number-the total number of protons and neutrons in the nucleus of an atom. 
    Mixture-combination of two or more pure substances that can be separated g physical means.
    Neutrons-the uncharged particle on the nucleus of an atom.
    Orbital-a región in an atom in which an electron of a particular amount of energy is most likely to be located.
    Proton-the positively charged particle in the nucleus of an atom.
    Pure substance-a compound or an element; a material n which the composition is the same throughout.
    Valence-the electrons in the outer energy level of an atom.]]>     2018-01-19 16:26:46 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222847349     Phases of matter https://padlet.com/annemlazo/96dscdqd5fzu/wish/222847789 Solid phase: matter that is held in a rigid form. Has definite volume and shape
    Liquid phase: particles are held together as rigidly as the solid particles. Particles are able to move past each other. They don't have a definite shape, but do have a definite volume
    Gaseous phase: particles have minimal attractive forces holding them together. Have neither a definite shape or volume ]]>     2018-01-19 16:27:37 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222847789     aprice192 https://padlet.com/annemlazo/96dscdqd5fzu/wish/222847866 Atoms are mostly made up of empty space ]]> 2018-01-19 16:27:45 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222847866 Vocab Words https://padlet.com/annemlazo/96dscdqd5fzu/wish/222847907 Ion-An atom or molecule with a net electric charge due to the loss or gain of one or more electrons.
    Malleability-The ability of a substance, usually a metal, to be deformed or molded into a different shape.
    Conductivity-How well something conducts energy
    Solubility-How fast something dissolves
    Solute- The thing that gets dissolved
    Solvent-The liquid that dissolves something
    Octet-The configuration of 8 valance electrons.
    Octet rule-This rule states that atoms generally react by gaining, losing, or sharing electrons in order to achieve a complete octet of eight valance electrons—the configuration of a noble gas.

    Lewis Dot Diagram-Also known as an electron dot diagram, which insists if a chemical symbol surrounded by one to eight dots representing the valance electrons.

    ]]>     2018-01-19 16:27:54 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222847907     Ionic Compounds https://padlet.com/annemlazo/96dscdqd5fzu/wish/222847995 • consists of metals and non metals
    • firmed by the transfer of electrons from one atom to another
    • crystal structure of positive and negative ions
    • high melting points
    • good conductivity of heat and electricity (as liquids)]]>     2018-01-19 16:28:06 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222847995     Ionization Energy https://padlet.com/annemlazo/96dscdqd5fzu/wish/222848532 The amount of energy needed to remove the most loosely bound electron.]]> 2018-01-19 16:29:12 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222848532 Table S https://padlet.com/annemlazo/96dscdqd5fzu/wish/222848564 Shows all of the elements with their names, symbols, trends, first ionization energies, electronegativities, melting point, boiling point, density, and atomic radius]]> 2018-01-19 16:29:17 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222848564 https://padlet.com/annemlazo/96dscdqd5fzu/wish/222848897 2018-01-19 16:30:00 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222848897 Picture of solid, liquid, and gaseous phases https://padlet.com/annemlazo/96dscdqd5fzu/wish/222849020 2018-01-19 16:30:17 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222849020 Covalent Compounds https://padlet.com/annemlazo/96dscdqd5fzu/wish/222849172 • low melting points
    • poor conductivity of electricity
    • relatively soft ]]>     2018-01-19 16:30:36 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222849172     https://padlet.com/annemlazo/96dscdqd5fzu/wish/222849385 Protons and Neutrons have a mass of 1 amu while electrons weigh appropriately nothing ]]> 2018-01-19 16:31:02 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222849385 Transition Metals https://padlet.com/annemlazo/96dscdqd5fzu/wish/222849544
  • Very dense
  • Colorful ions in solution
  • Varying reactivity
    • ]]>     2018-01-19 16:31:20 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222849544     Atom aprice192 https://padlet.com/annemlazo/96dscdqd5fzu/wish/222849594 2018-01-19 16:31:25 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222849594 Formulas https://padlet.com/annemlazo/96dscdqd5fzu/wish/222849781 2018-01-19 16:31:51 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222849781 Gold foil experiment https://padlet.com/annemlazo/96dscdqd5fzu/wish/222850225 This experiment was performed by Ernest Rutherford. He aimed a particle shooter at gold foil where the majority of the particles passed and a few deflected away. Which shows that the atom is mostly empty space with a small dense positively charged nucleus.]]> 2018-01-19 16:32:50 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222850225 Lewis Dot Diagrams https://padlet.com/annemlazo/96dscdqd5fzu/wish/222850507 2018-01-19 16:33:25 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222850507 Groups and Periods https://padlet.com/annemlazo/96dscdqd5fzu/wish/222850572 Groups- 18 groups that have the sameness amount of valance electrons and go up and down on the reference table
    Period- 7 periods are horizontal rows that increase consecutively by atomic number]]>     2018-01-19 16:33:34 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222850572     https://padlet.com/annemlazo/96dscdqd5fzu/wish/222850839 2018-01-19 16:34:08 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222850839 Other Info https://padlet.com/annemlazo/96dscdqd5fzu/wish/222850981 -Heating and cooling curves are used because pure substances can't be physical separated into their components, we can identify them through properties like density, boiling point, and freezing point. Each substance has its own unique curves. 
    -Heat flows from the highest temperature to the lowest.

    ]]>     2018-01-19 16:34:30 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222850981     Qualitative vs. Quantitative Data https://padlet.com/annemlazo/96dscdqd5fzu/wish/222851134 Qualitative Data
    • Consists of characteristics seen in object 
    • Ex: Shape, size, color, etc.
    Quantitative Data
    • Data obtained by the use of instruments or by counting 
    • Typicaly consists of numbers 
    • Ex: Length/Width - use ruler 
            Temperature - use thermometer
            Barometer - air pressure 
     Volume - graduated cylinder]]>     2018-01-19 16:34:46 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222851134     Reactivity in Metals https://padlet.com/annemlazo/96dscdqd5fzu/wish/222851166
  • Atoms react when they gain, lose or share electrons (also known as bonding)
  • Metals lose electrons
  • The greater the ability to lose electrons, the more reactive
  • Metallic reactivity increases moving down a group
    • ]]>     2018-01-19 16:34:50 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222851166     Reference table https://padlet.com/annemlazo/96dscdqd5fzu/wish/222851226 Table T has the mole calculations ]]> 2018-01-19 16:34:58 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222851226 avogadro number https://padlet.com/annemlazo/96dscdqd5fzu/wish/222851464 number of units in one mole of any substance shows the molecular weight in grams), equal to 6.02 x 10^23]]> 2018-01-19 16:35:29 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222851464 Formulas https://padlet.com/annemlazo/96dscdqd5fzu/wish/222851873 Percent Error]]> 2018-01-19 16:36:22 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222851873 Reactivity in Nonmetals https://padlet.com/annemlazo/96dscdqd5fzu/wish/222852621
  • Atoms react when they gain, lose or share electrons (also known as bonding)
  • Nonmetals gain electrons
    • the better the nonmetal is able to gain electrons, the more reactive it is
  • Down a group, reactivity decreases
    • ]]>     2018-01-19 16:38:03 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222852621     Electronegativity https://padlet.com/annemlazo/96dscdqd5fzu/wish/222852973
  • A measure of the attraction of a nucleus for a bonded electron
  • Electronegativity values are Located in Table S
    • ]]>     2018-01-19 16:38:49 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222852973     Metalloids https://padlet.com/annemlazo/96dscdqd5fzu/wish/222853043 -have both properties of metals and nonmetals
    -metalloids are located on the stair step line. The two exceptions that are on the stair step line are Aluminum (Al) and Polonium (Po) which are metals]]>     2018-01-19 16:38:59 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222853043     Dipole-Dipole Forces ischlichting20 https://padlet.com/annemlazo/96dscdqd5fzu/wish/222853158 • attraction between polar molecules
    • positive area of one dipole is attracted to the negative area of another dipole

    ]]>     2018-01-19 16:39:15 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222853158     Periods https://padlet.com/annemlazo/96dscdqd5fzu/wish/222853318 In each period, the number of valence electrons increases from left to right, and the properties of the elements change systemically. 
    On periodic tables, the metalloid are located adjacent to a diagonal, stair step line. ]]>     2018-01-19 16:39:34 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222853318     Calculations and Significant Figures https://padlet.com/annemlazo/96dscdqd5fzu/wish/222853626 1) All non zero numbers count 
     Ex: 485 - 3 significant figures (Sigfigs)
    2) A zero at the beginning of a number doesn’t count 
           0.00485 - 3 sigfigs
    3) Captive zeros count 
          405 - 3 sigfigs
    4) The Absent Present Rule (“Atlantic Pacific Rule”)
    300                                    
      • Has 1 sigfig. 
     • No decimal point present, only # count
    300. 
    • 3 sigfigs
    • With decimal point, all numbers count 

    5) Addition & Subtration Rule
    • When adding or subtracting, preform calculation THEN look at how many places beyond decimal point each of your values are. LEAST # OF PLACES BEYOND DECIMAL USED IN FINAL ANSWEE 
    Ex: 48.65 + 59.2 + 7.0 = 114.85 -> 115

    6) Multiplication & Division Rule
    • Multiply or divide as directed, then your answer will have as many sigfigs as value with LEAST NUMBER OF SIGFIGS
    Ex: 45 x 4 = 180 -> 200]]>     2018-01-19 16:40:13 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222853626     Physical and chemical change https://padlet.com/annemlazo/96dscdqd5fzu/wish/222853648 Physical: no change in the identity of the substance(just different phase)
    Chemical: substance changes into a new substance with new properties(new compound)]]>     2018-01-19 16:40:16 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222853648     https://padlet.com/annemlazo/96dscdqd5fzu/wish/222854553 2018-01-19 16:42:04 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222854553 Vocabulary vvenus19 https://padlet.com/annemlazo/96dscdqd5fzu/wish/222854678 Formula Mass: The sum of the atomic masses of a substance. 
    Gram Formula Mass: The sum of the atomic masses of a substance expressed in grams. 
    Mole: the gram formula mass is equivalent to one mole. 
    Percent Composition: Represents The composition as a percentage of each element compared with the total mass of the compound. 
    Percent Composition by Mass: (Part’s mass/Wholes's mass) x 100 **On Table T**
    Avogadro’s Number: 6.022 x 10^23 
    Empirical Formula: The simplest form of the molecular formula. 
    ]]>     2018-01-19 16:42:22 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222854678     PMNHO https://padlet.com/annemlazo/96dscdqd5fzu/wish/222854709 Polyatomic
    Metals 
    Non metals
     Hydrogen 
    Oxygen ]]>     2018-01-19 16:42:26 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222854709     Mixtures, compounds and elements https://padlet.com/annemlazo/96dscdqd5fzu/wish/222854998 Compounds: two or more elements chemically combined. Can only be broken down chemically
    Mixtures: 2 or more substances physically combined
     - heterogeneous: unevenly mixed, can see 2 or more things
     - homogeneous: evenly mixed(a solution)
    Elements: all atoms have to same atomic number. Can't be broken down chemically
    Diatomic elements: Br I N Cl H O F]]>     2018-01-19 16:42:59 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222854998     Atomic Radius https://padlet.com/annemlazo/96dscdqd5fzu/wish/222855540
  • Provides a basis for the size of an atom
  • Equal to half the distance between 2 neighboring nuclei of the same element
  • As you move down a column, the number of shells increases (making the atom bigger)
  • As you move across, each successive element hasn’t one more proton that increases the nuclear charge 
    • Positive charge 'pulls' on the outermost shell, making the atom smaller
    • ]]>     2018-01-19 16:44:04 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222855540     aprice192 https://padlet.com/annemlazo/96dscdqd5fzu/wish/222855863 2018-01-19 16:44:43 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222855863 Noble gases https://padlet.com/annemlazo/96dscdqd5fzu/wish/222855945 Noble gases don’t have all the properties of no metals because they are generally unreactive. 
    Only a few stable compounds containing noble gases have been formed. 
    Each of these elements has a completely filled outer energy level of electrons.
    Noble gases are group 18]]>     2018-01-19 16:44:55 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222855945     Accuracy, Precision, and Error https://padlet.com/annemlazo/96dscdqd5fzu/wish/222857032
  • Accuracy: a measure of how close a measurement comes to the actual or true value of whatever is measured.
  • Precision: a measure of how close a series of measurements are one to another 

    • ]]>     2018-01-19 16:47:03 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222857032     Writing Chemical Formulas ischlichting20 https://padlet.com/annemlazo/96dscdqd5fzu/wish/222857033 • Each element within a compound has its own charge, oxidation states
    • “-ide” is a chemical suffix commonly used for the second part of the name of a compound 
    • the above is not the be confused with “-ate” or “-ite”, which are used with anions and ions (Table E in reference table)
    • oxidation states/charges are swapped between elements in chemical formulas (criss-cross method)]]>     2018-01-19 16:47:03 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222857033     aprice192 https://padlet.com/annemlazo/96dscdqd5fzu/wish/222857168 An atom in the grand state absorbes energy 
    Excited state( unstable)  releases energy in the form of light]]>     2018-01-19 16:47:22 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222857168     Sample Problem+Answers https://padlet.com/annemlazo/96dscdqd5fzu/wish/222857218 2018-01-19 16:47:29 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222857218 Halogens https://padlet.com/annemlazo/96dscdqd5fzu/wish/222858186
  • Group 17
  • Have 7 valence electrons
  • Nonmetals
  • Gain one electron
  • Only group on the periodic table that has all 3 phases of matter at STP
  • F2 , Cl2 are gasses at room temp
  • Br2 is the only liquid nonmetal at room temp
  • I2 is solid at room temp
    • ]]>     2018-01-19 16:49:40 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222858186     https://padlet.com/annemlazo/96dscdqd5fzu/wish/222858207 2018-01-19 16:49:42 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222858207 Phases https://padlet.com/annemlazo/96dscdqd5fzu/wish/222858323 2018-01-19 16:49:56 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222858323 https://padlet.com/annemlazo/96dscdqd5fzu/wish/222858736 2018-01-19 16:50:52 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222858736 https://padlet.com/annemlazo/96dscdqd5fzu/wish/222858908 2018-01-19 16:51:16 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222858908 Allotropes https://padlet.com/annemlazo/96dscdqd5fzu/wish/222858941 Some no metals can exist in two or more forms in the same phase. These forms are called allotropes, ]]> 2018-01-19 16:51:21 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222858941 Dalton https://padlet.com/annemlazo/96dscdqd5fzu/wish/222859693 Stated that elements are made up of mixed atoms. He said an atom was a hard indivisible sphere.]]> 2018-01-19 16:52:56 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222859693 Alkali Metals https://padlet.com/annemlazo/96dscdqd5fzu/wish/222859747
  • Group 1
  • Metals
  • Have one valence electron, lose that electron to become a more stable ion
  • Are never found uncombined and rarely found in natural state
    • ]]>     2018-01-19 16:53:02 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222859747     Alkaline Earth Metals https://padlet.com/annemlazo/96dscdqd5fzu/wish/222860278 -easily lose electrons
    -never found in their atomic state (always in compounds)
    -low ionization and electronegativity levels


    ]]>     2018-01-19 16:54:16 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222860278     aprice192 https://padlet.com/annemlazo/96dscdqd5fzu/wish/222860610 2018-01-19 16:55:04 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222860610 Properties of Metals https://padlet.com/annemlazo/96dscdqd5fzu/wish/222860792
  • Solid at room temp (except for Hg)
  • Shiny, maleable (bendable)
  • Ductile with high melting points
  • Good conductors of electricity and heat
    • ]]>     2018-01-19 16:55:32 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222860792     The real mole https://padlet.com/annemlazo/96dscdqd5fzu/wish/222860800 2018-01-19 16:55:33 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222860800 https://padlet.com/annemlazo/96dscdqd5fzu/wish/222861290 2018-01-19 16:56:46 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222861290 Properties of Nonmetals https://padlet.com/annemlazo/96dscdqd5fzu/wish/222861344
  • Can be solid, liquid or gas at room temperature
  •  Bromine is the only liquid nonmetal
    • Solids:
    • Carbon, Sulfur & Iodine (C, S, I2)
    Liquids:
    • Bromine (Br2)
    Gasses:
    • Oxygen
    • Neon
    • Fluorine
    • Chlorine
    • Nitrogen
    • All of group 18

    ]]>     2018-01-19 16:56:56 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222861344     https://padlet.com/annemlazo/96dscdqd5fzu/wish/222861429 2018-01-19 16:57:09 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222861429 https://padlet.com/annemlazo/96dscdqd5fzu/wish/222862707 2018-01-19 17:00:19 UTC https://padlet.com/annemlazo/96dscdqd5fzu/wish/222862707